Id Kits for Personal Automation, and Charging Units Therefor

1. An ID kit for personal automation comprising: a wireless communication module performing wireless communication with a wireless communication device; a microcomputer performing an operation as programmed according to a signal from the wireless communication device through the wireless communication and outputting a performed result to the wireless communication module; and a first battery supplying power to the microcomputer, wherein one of given unique numbers is registered to only one wireless communication device, and wireless communication is enabled with the registered wireless communication device.

2. The ID kit for personal automation according to claim 1 , wherein the wireless communication device is a Bluetooth communication device, and the wireless communication module is a Bluetooth communication module Bluetooth-communicating with the Bluetooth communication device.

3. The ID kit for personal automation according to claim 2 , comprising a kit main body provided with the Bluetooth communication module, the microcomputer, and the first battery; a terminal formed protruding on one side portion of the kit main body; a male screw unit formed to have a larger diameter than the terminal on an outer circumferential surface of the terminal at a position adjacent to the kit main body.

4. The ID kit for personal automation according to 3, further comprising: an acceleration sensor continuously sensing an amount of change (movement) of the kit main body of the ID kit in three directions of X, Y, and Z to transmit the sensed change amount to the microcomputer through I2C communication.

5. The ID kit for personal automation according to 4, further comprising: a microphone receiving an external analog audio signal and a speaker outputting externally an analog audio signal; an audio codec digitalizing and encoding the analog audio signal, and decoding and converting a digital signal to an analog signal; a charging circuit charging the first battery; and an interface receiving charging power of the first battery and inputting/outputting an audio signal of an external audio device.

6. The ID kit for personal automation according to claim 2 , comprising: a kit main body provided with the Bluetooth communication module, the microcomputer, the first battery, the acceleration sensor, the microphone and speaker, the audio codec, the charging circuit and the interface; a terminal formed protruding from one side portion of the kit main body and having an electrode thereon; and a male screw unit formed to have a larger diameter than the terminal on an outer circumferential surface of the terminal at a position adjacent to the kit main body.

7. The ID kit for personal automation according to claim 6 , wherein the terminal with the electrode formed thereon functions as an interface.

8. The ID kit for personal automation according to claim 3 , comprising: a protection cap having a cap main boy in which a terminal groove and a female screw unit are formed respectively corresponding to the terminal and male screw unit of the ID kit and are screw-combined with the kit main body.

9. The ID kit for personal automation according to claim 8 , wherein a pair of hook rings are put on a terminal between the kit main body and the cap main body and both ends of a loop string is connected to the hook ring.

10. The ID kit for personal automation according to claim 9 , wherein the loop string is elastic.

11. The ID kit for personal automation according to claim 3 , wherein a ring-shaped groove is formed on the outer circumferential surface of the kit main body and an elastic color ring is put thereon.

12. The ID kit for personal automation according to claim 3 , wherein the kit main body has a cylinder shape of which another side surface is spherically rounded.

13. The ID kit for personal automation according to claim 1 , wherein the unique number is a MAC address allocated by a manufacturer at a time of manufacturing the ID kit.

14. An ID kit charging unit for personal automation for charging the ID kit of claim 6 , wherein a mobile charger is provided which enables charging while the ID kit is carried and in which a second battery of which capacity is larger than that of the first battery of the ID kit is embedded, and a charging terminal groove is formed in a first charger main body so as to be electrically connected to the second battery and to correspond to a terminal having the electrode formed thereon.

15. The ID kit charging unit according to claim 14 , wherein the main body of the first charger has a protruding unit on an upper portion of a spherical shape and a charging terminal groove is formed on the protruding unit.

16. The ID kit charging unit according to claim 15 , wherein a lower portion of the main body of the first charger is weighty to have a roly-poly function.

17. The ID kit charging unit according to claim 14 , further comprising: a stationary charger formed of a main body of a second charger of a cylindrical shape of which a lower portion having a prescribed thickness is closed and an upper portion is open and a charging terminal is formed protruding toward the upper portion at a center of the lower portion having the prescribed thickness such that the main body of the first charger is reversed to enable the second battery to be charged.

18. The ID kit charging unit according to claim of claim 17 , wherein a plurality of charging ports enabling the terminal having the electrode of the ID kit formed thereon to be inserted to charge, and a power supply port enabling charging power to be supplied to the charging terminal and the charging ports are formed on an outer circumferential surface of the main body of the second charger.

19. The ID kit charging unit according to claim of claim 17 , wherein a mounting groove is formed along the outer circumferential surface on a central-lower portion of the spherical-shaped first charger and the upper portion of the cylinder-shaped main body of the second charger is formed to be narrow so as to be put on the mounting groove at a time of mounting the main body of the first charger on the main body of the second charger.